Friday, April 27, 2012

Cy Yavuzturk, Tom Filburn and Eric Mahan (Chemistry) have
been awarded a $46,000 STTR grant from NASA.This project will team with the catalyst development company PCI (North
Haven, CT), to develop an improved CO2, trace contaminant and
humidity control system for future NASA space suits. The figure above shows the
support material developed by PCI that will permit fast kinetics and low
pressure drop within the new contaminant capture system. The program is employing
1 undergraduate ME student, and expects to add a 2nd undergraduate
research student during the summer of 2012.

Wednesday, April 25, 2012

A student group known as the GREEN 707 Club has been working throughout the academic year to design and assemble an electric vehicle to be used as a drag racer.

The group is hoping to enter the vehicle – a Chevy S-10 that they converted and redesigned – in a drag race in May and/or June.

The Green 707 Club was formed in the fall of 2010 under the guidance of Hemchandra Shertukde, professor of electrical and computer engineering in the College of Engineering, Technology, and Architecture (CETA).

In March, Shertukde and graduate student John Dipaola-Tromba attended the first International Electric Vehicle Conference in Greenville, S.C., sponsored by IEEE and Clemson University. The GREEN 707 Club had a booth at the conference.

Interest
in the project has been steadily growing, especially in light of
skyrocketing oil prices, Shertukde said. The GREEN 707 Club was
recognized by SGA this semester as an official student club at the
University of Hartford.

A number of donors have provided funding
for the project, including the Electrical and Computer Engineering
Department in CETA, CETA Dean Lou Manzione, the Provost’s Office, and
the Student Government Association.

The club is seeking additional donations, grants, and sponsors for the project.
Click here for website with link to donation form: http://www.hartford.edu/daily/Article/View/12895

Tom Eppes, associate professor of electrical and computer engineering, CETA, and Ivana Milanovic,
professor of mechanical engineering, CETA, visited OFS, Inc. and gave
an invited presentation of their research in the area of computational
modeling. The presentation focused on applications and trends using
COMSOL Multiphysics® software.

OFS, Inc. is located in Avon,
Conn., and manufactures leading-edge fusion splicers, optical
fiber/cable, connectivity, and other specialty photonics devices. The
meeting was hosted by John Hansson, senior manager and a member of the
Industrial Advisor Board of the Department of Electrical & Computer
Engineering. Statements of work were discussed for two types of
projects: in-course and graduate.

The University of Hartford has established a joint Master of
Engineering program with Shanghai Normal University (SHNU) in Shanghai,
China, which will allow students from SHNU to complete their degree
requirements at both schools.

The program represents a partnership between the College of Information, Mechanical and Electrical Engineering (CIMEE) at Shanghai Normal University and the College of Engineering, Technology, and Architecture (CETA) at the University of Hartford.

After completing their undergraduate curricula, CIMEE students will
take their first 12 graduate credits at their home university in
Shanghai, and then take the final 18 credits at CETA, including
three-to-nine credits of thesis project work.

Once
participating students have met the degree requirements, they will earn a
Master of Engineering degree from the University of Hartford. They may
earn a Master of Engineering in electrical engineering or a Master of
Engineering in mechanical engineering.

The first group of
students from Shanghai is expected to begin studying at the University
of Hartford in fall 2012 or spring 2013.

The program is known
as a "4+1" program because participating students can take some
graduate courses during their final two semesters of undergraduate
study and then have one more year to complete the remaining credits for
their graduate program, thus earning two degrees in five years.

The partnership agreement with Shanghai Normal University was signed by University of Hartford Provost Sharon L. Vasquez in February, during a visit by a four-member delegation from SHNU.

The joint Master of Engineering program is a concrete development resulting from a China trip in October 2011 by CETA Dean Lou Manzione and CETA Associate Professor Clara Fang.

Tuesday, April 24, 2012

Every year, CETA's IEEE Student Chapter holds its most highly-anticipated
workshop: Solderfest. This year, the event was back and better than ever.
Around noon on April 3rd, curious students filed into the Dana Hall
electrical labs for two hours of guided instruction on circuit board assembly.
Some were returning upperclassmen who enjoyed honing their skills on the
provided "Brain Game" and "Cricket" practice kits. For
others, this was their first time working with a hot iron and molten metal.
After hard work and patient help from the IEEE officers and ECE faculty, even
the least experienced were able to put together the entertaining circuits.
"Solderfest is always a big hit," recall the IEEE student
officers. "Soldering is an extremely useful skill, and the kids really
enjoy learning at the workshop."
CETA's IEEE Student Chapter is committed to providing quality educational
events for the student body. The group hopes for another action-packed year,
and urges all enthusiasts interested in helping plan events to email ieee@hartford.edu to learn more about
becoming an IEEE Student Officer.
Source: Colin Pfund

Friday, April 20, 2012

Student overcomes obstacles to succeed academically

Sometimes all a student needs to flourish is finding that elusive passion that evades many.
Colin Pfund, after struggling through grade school and high school,
found his passion at University of Hartford and has never looked back
since. Pfund had a tough time before college; he had a difficulty
focusing and was in and out with doctors, being medicated for ADD.
His parents were always there for him, working with his high school
to guide him through his work. At one point Pfund didn’t think he’d be
able to go to college.
But once he was admitted and started his college career, Pfund found what he had been searching for, a passion.
“Once I realized I was working for myself and doing what I wanted to
do, none of those struggles mattered anymore,” says Pfund of his
transformation.
Now Pfund is a semester away from holding a double degree in audio
engineering technology and electrical engineering. If he can take the
right classes, he could also work out a minor in mathematics.
One thing that Pfund did to help transform himself was to immediately
become involved on the University of Hartford campus. Pfund recalls the
president of the Audio Engineering Society making a presentation in one
of his classes freshman year and thinking, “that’s who I want to be by
the time I graduate.”
The president recognized Pfund’s ambition and nominated him to become
president the following year, when Pfund was only a sophomore. After
serving two years as president, Pfund was noticed by an education chair
from AES and was nominated for a leadership position with the
international AES.
Pfund is currently the Vice Chair of the Student Delegate Assembly
for North and Latin America. Pfund’s passion also allowed him to become
an intern with NBC Universal in the fall of 2011, which carried on into
the spring semester and resulted in a temporary summer job.
NBC Universal hired Pfund again during the winter and he hopes to
work there again this summer. Pfund was able to acquire hands on
experience during his time working at 30 Rockefeller Plaza in New York
City.
He helped with postproduction on many projects and designed and
implemented many audio/video-editing suites. “It was very fast paced and
exciting,” said Pfund.
“It was a long commute every day but it was worth it. I felt like I had more responsibility and was a real professional.”
Pfund is also active on campus as a tutor, a mentor for freshman for
the College of Engineering and within the Institute of Electrical and
Electronic Engineers.
“I love sharing my knowledge and experiences with people,” says Pfund
of his time spent as a tutor. Though Pfund spends more time on his
schoolwork than other students because of his struggles with
concentration, he has learned to harness his attention to detail and has
become a perfectionist.
Pfund has unlocked what he thinks is the secret to success after graduation.
“The truth is you need to build your attitude now so you can continue
and bring that into the workforce. This is the time to mold yourself
for the future.”

Wednesday, April 18, 2012

By Audra Giese
When Jessica Barringer was a sophomore at University of Hartford she participated in her first experience abroad, with Engineers Without Borders.
She went to India with a group of 12 students from UHa with EWB and helped give the town of Abheypur a clean water supply.
After Barringer’s initial experience abroad, she became inspired by the work she had done there, changed her major to civil engineering and worked to go abroad again to learn more about regulations and policies about limiting water usage and how water recycling could help with the crisis.
“The standard of life increases and with that you have people using more and more water,” said Barringer of the problems with water. “People just aren’t using it sustainably.”
Part of the problem is that people use the water and it is treated and put back into the freshwater supply, but at a lower quality than the original.
Barringer points out that this wastes a lot of energy and a lot of water.
“It’s a big problem and that’s why I’m going into the field. If nothing happens with this then I absolutely believe that the next world war will be over water.”
Barringer spent the fall of her junior year studying civil engineering in Galway, Ireland. After coming back home for three weeks she headed back to India for her spring semester, this time in Pune, outside Mumbai.
Though it was difficult to spend such a short time with her family and friends before leaving again on another semester abroad, Barringer found the determination to push through.
During the spring semester in Pune, Barringer took classes to finish elective requirements and quickly became used to being immersed in a large city and looking different than everyone else.
Inspired by her first time abroad with EWB Barringer also took an internship with Thermax India, an energy and environmental engineering company.
With Thermax she studied the water in the region and how the role of government plays in the attempts to find sustainable solutions for clean water.
“International relations are strained because of water policy and usage,” explains Barringer. “Huge water issues between Israel and Palestine and all throughout Africa can’t be resolved.”
Barringer points out that most major rivers in the world flow through so many different countries and when the countries upstream take more water and build dams to keep the water from flowing downstream, the countries there are going dry.
“There needs to be more policy about these main rivers in order to prevent conflict,” argued Barringer. Barringer graduates next month and has been accepted to graduate school at Oxford University in England to study Water Science, Policy and Management.
Source: http://hartfordinformer.com/2012/04/entertainment/student-dedicates-time-to-studying-abroad-3-times/

Tuesday, April 17, 2012

Jenna Daly, mechanical engineering student, presented her research on "Characterization of an Unmanned Aerial vehicle Wing Design,” describing the aerodynamic characteristics of a single wing design for use in an unpowered vehicle. This work was initiated and done in-part during the new course ME 537/ECE 537, Multidisciplinary Modeling. Faculty were sponsors Tom Eppes, associate professor of electrical and computer engineering, CETA and Ivana Milanovic,professor of mechanical engineering, CETA. Support was provided by a WELFund grant.

Christipher Brunner, Annie Becerra (ECE student), Gabriel Moses, and Jenna Daly, presented their researchon jets in cross-flow. A numerical simulation using ANSYS FLUENT software engine was carried out to compute the penetration of a kidney vortex created by injection of a jet into a free stream through a circular orifice. The obtained numerical results were validated with available experimental data. The goal was to establish the necessary confidence in the predictive capability of the solver for this type of flow. The faculty sponsor wasIvana Milanovic,professor of mechanical engineering, CETA. Support was provided by a WELFund grant and a Connecticut Space Grant.

Wednesday, April 11, 2012

Student work from the Architecture Department will be on display in the American Institute of Architecture Student Exhibit. Work from all years will be on display in the North Studio of the Architecture Department (lower level of the Harry Jack Gray Center) from Wednesday, April 11, through Monday, April 16, from 3 to 8 p.m.

After the architecture lecture on Monday, April 16, at 4 p.m. in Wilde Auditorium, there will be a closing reception held in the North Studio of the Architecture Department. All members of the University community are welcome to attend

Monday, April 9, 2012

Ben Accardo ’12 and Max Accardo ’12

Twin Legacies

Identical twins

President and executive v.p. of Student Government Association, 2011-12

Engineering students

Parents graduated from the UofH in 1981

Ben: Since our parents went to the University of Hartford, Max and I have been coming here for years. When driving down to New York and New Jersey to visit family, our parents would pull off I-84 every once in a while to visit the campus and see what’s changed.
We’ve heard nothing but positive things from them about their experiences here, and clearly that’s rubbed off on us.Max: Before coming to the University of Hartford, student government wasn’t exactly something that we had in mind. I got into it because of Ben. Someone already in student government told him that it was a great organization to get involved with, and from there we just took off.Ben: When we were in high school we participated in sports together. We’ve been pretty close over the years through sports. We sort of start things at different times, but in the end we share the activities that we get involved with and usually we both end up working on them together.Max: One thing our parents always told us is that college is what you make of it. It just makes you a much more well-rounded person being involved with student government. At a school this size, you really have the opportunity to make a difference.Ben: You’re not just a number here. Professors make it a goal in the first couple of weeks to remember every one of their students’ names. I can’t walk from point A to point B without a professor or staff member saying hello to me. It’s really nice.Max: A lot of people get a kick out of it when we argue over certain things – like “oh, they’re identical twins, look at them, they’re not agreeing on absolutely everything.” But you know that’s just the way it works. We share different views and different opinions. But in the end, we do have a great working relationship with each other and with student government.
Student government has definitely brought us closer. We’ve worked with an amazing group of people, and it’s been a great experience.
Source: http://www.hartford.edu/stories/ben_max-accardo.aspx

On March 30, 2012, Professor David Mclaughlin, Associate Dean of the UMass Amherst College of Engineering and Director of the ERC for the Collaborative Adaptive Sensing of the Atmosphere, CASA present a lecture "Chasing Inter-disciplinary while Chasing Tornados"

to the University Hartford Sigma Xi Club and the IEEE Student Branch.

Sophisticated tornado tracking systems are routine in known tornado-prone areas. But tornados also touch down in other, less prepared areas. How should we improve the response to weather emergencies in these regions? A better system would require collaboration among engineers, computer scientists, meteorologists, sociologists, and other researchers.

Professor McLaughlin gave a part-technical, part human interest talk that examined the challenges, pleasures, and opportunities for the interdisciplinary research required to address an important national need and provides an exciting and fertile learning environment for future science and engineering students.